Container data centers versus conventional builds: where they differ
Schedule, phasing and site conditions are the first three things to check.
Compute demand changes by the quarter, while conventional data centers often take years to build. Each approach has its place; start with three questions.
1. Where does the schedule go?
A conventional build moves through permitting, construction, utility connection, MEP installation and commissioning in sequence. SwiftMDC moves racks, power distribution, liquid cooling, monitoring and fire protection into the factory, where they are integrated and tested. Once the site and power are ready, complete containers arrive and go live after power and coolant are connected. Target delivery is 8–12 weeks for a single container and 3–5 months at MW scale.
2. Can it be phased?
SwiftMDC scales by the POD: one POD is about 2 MW and 1,024 GPUs (8-GPU B300 servers as the example). Start with one container and grow to 8 MW or 20 MW as demand arrives, without paying today for capacity needed three years from now.
3. What does the site need?
- Footprint plus maintenance, transport and lifting space
- Utility power and network connections
- Local approvals and external services
Vacant land, factory buildings and warehouses can all be assessed.
When a conventional build still fits
Very large projects with long-term stable loads or special building requirements can use the modular data hall and campus approach, or combine it with container clusters.
Confirm three things first: when usable power arrives, whether demand grows in phases, and whether you need to go live quickly in a new region.